Iveco Eurocargo

The Eurocargo is Iveco’s medium-duty truck, the range the company lists between the Daily below it and the S-Way above, and it is built at Brescia. Iveco states the launch year in writing twice: in the press kit issued in London on 28 November 2013, and in the 2021 release marking the 600,000th Eurocargo off the Brescia line, which credits the body design to Bertone. It took International Truck of the Year in 1992 and is still in production.

A Eurocargo can be anything from a 1991 rigid to a truck ordered this year, and nothing below applies to the middle of that span. Everything here is the current European line-up, read in three Iveco brochures printing the same tables: the UK edition M2330901UK of 05/25, the master edition of 05/24 and the Model Year 26 edition M2645901MASTER of 07/26.

Two diesel families, and the four-cylinder is not the runt

Seven power steps are split across two engines, and choosing between them is the real decision. The Tector 5 is a four-cylinder of 4.5 litres in three steps: 118 kW (160 hp) and 137 kW (190 hp), both at 2,200 rpm, and 152 kW (210 hp) at 2,500 rpm, with 680, 700 and 750 Nm. The 2013 press kit records that the Euro VI four-cylinder at 210 hp replaced the Euro V six-cylinder Tector 6 of 220 hp, and gives the reason as fuel: a 4.5 per cent consumption reduction across all missions. Its payload claim is a separate sentence, and is made against competitors’ engines rather than against its own six.

The Tector 7 is a six-cylinder of 6.7 litres in four steps, all at 2,500 rpm: 162 kW (220 hp), 185 kW (250 hp), 206 kW (281 hp) and 235 kW (320 hp), with 800, 850, 1,000 and 1,100 Nm. Its bands are broad — the 250 hp step holds 850 Nm from 1,250 to 2,050 rpm — which on a truck accelerating from a kerb all day matters more than the peak.

Both were described as HI-eSCR engines in Iveco’s engine specification sheet, which is pages 14 and 15 of the 2013 Euro VI press kit reissued as a standalone PDF. That sheet lists exhaust gas recirculation as “None” and the aftertreatment train as DOC, passive DPF, SCR and clean-up catalyst, and the kit describes the system as cutting nitrogen oxides by more than 95 per cent without an actively regenerated particulate filter. Most trucks in this library run SCR alongside exhaust gas recirculation; this one, on its maker’s 2013 statement, used none. None of the three current brochures describes the aftertreatment at all, and Iveco’s later releases name the system HI-SCR rather than HI-eSCR, so that is the 2013 position and not a checked description of a Model Year 26 truck.

The gas engine, and the number Iveco will not print

A 6.7-litre CNG engine is offered across most of the range at 220, 250 and 280 hp with 800, 850 and 1,000 Nm. Iveco publishes no kilowatt figure for it in any document this page could open, which is why the table above has no gas row: converting the horsepower would produce a number this site invented rather than read. Tanks are six 115-litre cylinders on the side members for up to 600 km, or up to 900 km with an additional three 140-litre cylinders behind the cab: the 900 km figure is the two sets together, not the rear three alone. The master brochure certifies the vehicle to the PIEK quiet truck test at under 72 dB. All three brochures say that thanks to the EU derogation, 18 t CNG vehicles can have a bonus mass to match the increase in tare weight; they name neither a figure nor an instrument, so neither does this page. The biomethane case and its toll and CO2 class belong elsewhere.

Two automatics and not one automated manual

Here the Eurocargo contradicts most of this site. The current offer is 6- and 9-speed manuals, an 8-speed ZF automatic and a 6-speed Allison automatic, and no current brochure lists an automated manual at all. Nor does any of them say how either automatic is built: Iveco names a torque converter once, in the 2013 press kit and only of the Allison, which it then offered across the whole 4x2 range. Iveco’s Australian sheets print both ratio sets, ZF8AP 4.890 to 0.639 and Allison 3000 3.49 to 0.65. The 2023 release says the 8-speed ZF8-HP is set to become the default choice with a fuel saving of up to 5%. In 2013 the range did include a 12-speed automated Eurotronic.

The final drive follows the gearbox rather than the engine: on the Australian sheets the same 320 hp Tector 7 gets 4.13:1 behind the ZF and 3.40:1 behind the Allison on one model, 5.29:1 against 4.63:1 on another.

What we could not confirm

No European dimension is published, and none is shown here. Iveco gives no overall length, width, height or single wheelbase in any document that opens. Its Australian sheets do, and they show why one figure would be false: overall length runs from 7,717 to 10,147 mm across four wheelbases of a single 14 t model, and maximum width over the fenders is 2,342 mm, 2,411 mm or 2,455 mm depending on the model.

The turning circle is blank on purpose. The 2023 release calls it a best-in-class 11m turning circle with no wheelbase, no model and no measurement basis. The 2013 press kit had qualified the same claim — less than 11 metres with a 2,790 mm wheelbase — and the qualifier was dropped rather than earned. Iveco’s Australian kerb-to-kerb turning diameters run from 15,540 mm to 23,440 mm across builds.

No rated speed is shown for the Tector 5, because the family has two: the 160 and 190 hp steps are stated at 2,200 rpm and the 210 hp step at 2,500 rpm. The Tector 7 keeps 2,500 rpm because all four steps carry it.

The emission step is “Euro VI” and nothing more. All three brochures head the table “Euro VI engines” with no letter. Iveco Trucks Australia writes “Euro 6 SCR”, and one Australian release, about the Australian-market truck, says “Euro6 (Step E)” — not evidence for the European vehicle. Which lettered step a truck holds is a question for its certificate of conformity.

Three Iveco documents disagree about one engine step. The European brochures call 206 kW 281 hp; Iveco’s own engine sheet calls the same 206 kW 280 HP; the Australian sheets call it 207 kW and 280hp. The table above follows the brochures, and the disagreement shows why a power figure needs its source attached.

Eleven plates, and a combination ladder that jumps

The Eurocargo publishes its weights as a ladder rather than a number. Gross vehicle weight climbs from 7,500 kg on the 75E through 8,000, 9,000, 10,000, 11,000, 12,000, 14,000, 15,000, 16,000 and 18,000 kg to 19,000 kg on the 190EL. On diesel, maximum gross combination weight does not track it smoothly: 16,500 kg on the lightest pair, 18,000 kg on the next five, 26,000 kg on the 120E and 140E, and 35,000 kg from the 150E up. The same model codes on CNG are plated lower — 26,000 kg on every two-access-step gas model and 19,000 kg on the one-step pair. That step is the whole gross vehicle against gross combination lesson in one table — a 15,000 kg truck and a 14,000 kg truck differ, by our subtraction, by one tonne of vehicle and nine tonnes of combination. At the top, a 19,000 kg rigid rated to 35,000 kg has 16,000 kg of trailer behind it, again our subtraction rather than an Iveco statement, and that is a serious drawbar outfit.

The axle configurations are 4x2 and 4x4, and that is the complete factory list. The off-road 4x4 is a 110E at 11,500 kg and a 120E at 12,000 kg against 21,000 kg gross combination, and a 150E at 15,000 kg against 24,000 kg. The MY26 brochure adds a provision for a third axle on 16-ton and 18-ton models, fitted at conversion and “managed as on an original 6x2 vehicle” — which is the brochure conceding that it is not one, and a reason not to buy a converted three-axle Eurocargo as a factory 6x2.

Cab, steps and the assistance package

Four cab families are coded MLC day low roof, MLL sleeper in low and high roof and MLD crew cab, each in one- and two-access-step forms — and it is the step count, not the cab, that splits the model tables. That is the right variable to sort a multi-drop vehicle by, because the cab on a distribution truck is an ergonomics decision before it is a comfort one.

The MY26 brochure lists the whole General Safety Regulation set by acronym — AEBS, LDWS, EVSC, REV with camera, BSIS, MOIS, ADDW, ISA, ESS, TPMS and an alcohol interlock interface — which is unusually explicit for a 7.5-tonne chassis. Adaptive cruise control sits alongside them in the same panel, but it is not a General Safety Regulation item and the brochure marks it “on request”. The Australian sheets list an exhaust brake with an air dryer and a water-cooled 360 cc compressor as standard; the 2013 kit gives a maximum engine braking figure for each family but prints the unit as “kwh”, a unit of energy, so no braking power is claimed here.

Who this truck is right for

The Eurocargo suits an operator ordering a bare chassis for a bodybuilder and choosing between eleven plated weights rather than trim levels: urban and regional distribution, municipal work, tippers, refuse, fire appliances. The automatic gearboxes are the reason. An automatic is the wrong gearbox for a motorway tractor and the right one for a vehicle launching from rest hundreds of times a shift. It is the wrong truck where trunking is disguised as distribution: above 19,000 kg gross vehicle there is no Eurocargo, and a buyer who needs three axles from the factory must look elsewhere.

Where it sits against its rivals

The Mercedes-Benz Atego is the closest comparison and the one most European buyers run against it. The MAN TGL makes the same four-versus-six-cylinder choice and answers it with an automated gearbox where the Eurocargo answers it with an ordinary automatic — the sharpest contrast in this class. The Volvo FL competes from the same weights. What the Eurocargo has that the others do not is a combination-weight ladder a buyer can read off one page, and a factory 4x4 in the same brochure.

Buying used

Start with the gearbox, because on this truck it is the specification, and the Australian sheets show the plate moving with the choice: the same 18 t model is rated at 28,000 kg gross combination behind the ZF and 22,000 kg behind the Allison. Read the plated figures for the vehicle in front of you rather than inferring them from the badge, which is the discipline any used truck purchase needs.

Ask what body the chassis has carried and for how long. Iveco’s Australian sheets split the engine oil change interval by duty: 80,000 km for long-range transport, 60,000 km for short and medium range, and 40,000 km for heavy-duty use in mainly urban areas or off-road. At the same odometer reading, the third interval means twice the service events of the first.

Check the running gear. The Australian sheets run 19.5-inch wheels at the lighter end and 22.5-inch at 18 tonnes — 285/70R19.5, 305/70R19.5 and 315/80R22.5 — and what the tyre label says counts for more in stop-start traffic than on a trunker. On a gas vehicle, establish the cylinder certification dates first: the tanks are a dated, inspectable component and their paperwork travels with the truck.